THE MARKET'S WIDEST-RANGING, HIGHEST-DENSITY BATTERY
Lithium-ion batteries from the Hydrocell G series are integrated with golf cart battery systems. They are easily installed as a drop-in replacement in vehicles made by Club Car, EZ-GO, Yamaha, and other manufacturers. These are for replacing lead-acid batteries.
HYDROCELL - Golf Cart BATTERY HC-G72130 (72V 130Ah, LifePO4)
HC-g72130 SPECIFICATIONS
| Weight: | 76.5 kgs. |
| Dimensions: | 803*324*240 (L x W x H) |
| Casing Material: | Steel+Powder coated |
| Nominal Voltage: | 73.6v |
| Nominal Capacity: | 130 AH |
| Stored Energy: | 9.568 KWH |
| Continous Discharge Current: | 100A |
| Max Pulse Discharge Current: | 3C(30S) |
| Self-discharging rate: | <5% per month |
BATTERY
| Battery Chemistry | Prismatic Cell LifePO4 |
| Battery Cell (Ah) | 130Ah |
| Battery Cell Qty | 23 |
| Life Cycles | 3,500+ |
| Charge Retention | 1 + Year |
CHARGing parameters
| Charger(AC) | 85-265VAC / Max 45-65Hz |
| Standard Charge Time | 4-5 h |
| Charge Temperature | 0 ℃-45 ℃ |
| Discharge Temperature | -20 ℃-60 ℃ |
NEED CHARGEr FOR Your GOLF CART? TAKE ACTION NOW .
25A CHARGER
Li-ion hydrocell battery chargers are compatible with the batteries we offer. These are permitted for use in both industry and medicine by regulations. The battery can be charged externally or internally with an integrated charger when not in use. In addition to single and multi-bay chargers, we design and manufacture personalized devices and chargers.
LAST MORE TIME. TRAVEL FURTHER. mORE power for tough jobs
Hydrocell lithium-ion batteries are designed to last longer than ten years. While they are still subject to environmental influences just like any other VRLA, lithium ion batteries exhibit a notable degree of resilience to operating conditions and discharge cycles.
- 100% USABLE ENERGY
- FAST CHARGING
- LONG LIFE CYCLE
- LOW SELF-DISCHARGE
- ECO FRIENDLY
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EXCELLENT TEMPERATUREPROTECTION
Enhanced Relevance and Interconnectivity
Our goal is to develop novel solutions for automobiles of the future. Our methods contribute to weight reduction, improved battery energy density, extended battery life, and quicker charging. Additionally, they maximize performance. Our leading battery solutions portfolio covers applications inside and outside the cell, from module and battery pack assembly to vehicle integration of the battery system.
